A system for proximate and/or remote electronic transaction authorization based on user authentication and/or biometric identification

Abstract

An information capturing and transaction device may be used to capture a user's biometric information which in turn may be received by a secure element such as a SIM card. SIM card-based captured biometric keys are generated based on the user's biometric information and compared with SIM card-based reference biometric keys. If these two SIM card-based keys match with one another, access to each of a plurality of applications residing on the SIM card may be permitted. The applications may be selectively activatable from the SIM card. The applications, which may include payment and voting applications, may be executed and operated from the SIM card to perform an electronic transaction on a third-party computer system such as an electronic payment system and electronic voting system.

Description

CROSS-REFERENCE TO RELATED APPLICATIONS[0001]NONEFEDERALLY SPONSORED RESEARCH[0002]NOT APPLICABLESEQUENCE LISTING OR PROGRAM[0003]NOT APPLICABLETECHNICAL FIELD[0004]The present invention relates in general to computer-based, computer-implemented and / or computer-assisted system for authorizing electronic transactions. More specifically, an implementation of the present invention provides such a system for authorizing an electronic transaction which may be based on user authentication and / or biometric identification.BACKGROUND ART[0005]Through the years, electronic transactions in various service networks such as financial service networks and customer service networks are susceptible to fraudulent and dishonest practices. Consequently, user authentication technologies have been developed to improve the security of these transactions. Knowledge-based authentication and possession-based authentication technologies have been introduced in the age of information technology in an attempt ...

AI Technical Summary

Benefits of technology

The patent text describes a technology that integrates biometric identification and authentication onto a SIM card, making it more secure and reliable than traditional phones and devices. This means that the user's identity information cannot be easily stolen through hacking attacks. Furthermore, since the biometric keys are stored on the SIM card, they are less likely to be damaged or lost during regular usage. This technology also helps to decelerate the wear and tear of the SIM card, which is often used for electronic transactions.

Problems solved by technology

Through the years, electronic transactions in various service networks such as financial service networks and customer service networks are susceptible to fraudulent and dishonest practices.

However, most knowledge-based authentication and possession-based authentication technologies are not reliable at all times. Knowledge of a personal password, in one instance, is unreliable because such password may still be stolen through password hacking attacks or may be forgotten by human users due to various reasons which may include influx of new knowledge, experience, and skills.

Actual possession of an identification card, in another instance, is also unreliable because such card may be misplaced, stolen or damaged due to wear-and-tear brought about by its common degree of exposure to the external environment and prolonged and rough usage.

Simply put, use of passwords and identification cards renders each of the knowledge-based and possession-based authentication technologies unreliable and problematic.

In light of these and such other threats in the security of electronic transactions emerging in the afore-described knowledge-based authentication and possession-based authentication technologies, unauthorized access to a system of electronic devices or computers by unauthorized users presents operational difficulties and cost-bearing problems such as identity theft through misappropriation of personal and confidential information and as well as threats to property or personal security.

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